🐧 Compute: Red Hat (Linux/OpenShift)
☁️ IaC: HashiCorp (Terraform)
💰 FinOps: Kubecost
🌊 Streaming: Confluent (Kafka)
🧠 Vector/AI: DataStax (Cassandra)
⚡ Query Engine: Ahana (Presto)
🔄 Ingest: StreamSets
🐧 Compute: Red Hat (Linux/OpenShift)
☁️ IaC: HashiCorp (Terraform)
💰 FinOps: Kubecost
🌊 Streaming: Confluent (Kafka)
🧠 Vector/AI: DataStax (Cassandra)
⚡ Query Engine: Ahana (Presto)
🔄 Ingest: StreamSets
Read about the Data Sustainability index
Read about the Data Sustainability index
AI agents as execution engines, LLM inference economics, databases for AI, personalization, and product evidence.
Read more 👉 www.dataengineeringw...
#DataEngineering #AI #LLMs
AI agents as execution engines, LLM inference economics, databases for AI, personalization, and product evidence.
Read more 👉 www.dataengineeringw...
#DataEngineering #AI #LLMs
I break down how in Part 2 of my “Revisiting the Medallion Architecture” series.
I break down how in Part 2 of my “Revisiting the Medallion Architecture” series.
Here’s my guide:
Here’s my guide:
Airbnb’s next-gen key-value store supports real-time ingestion and bulk uploads with sub-second latency, powering feature stores and fraud detection.
Read the full story here: www.dataengineeringw...
Airbnb’s next-gen key-value store supports real-time ingestion and bulk uploads with sub-second latency, powering feature stores and fraud detection.
Read the full story here: www.dataengineeringw...
Real-time partner analytics at scale is tough. Grab uses Apache Pinot, Kafka–Flink ingestion, partitioning, and Star-tree indexing to cut query latency to <300 ms, enabling efficient API monitoring and fast issue resolution.
Real-time partner analytics at scale is tough. Grab uses Apache Pinot, Kafka–Flink ingestion, partitioning, and Star-tree indexing to cut query latency to <300 ms, enabling efficient API monitoring and fast issue resolution.
Netflix evolved its Muse architecture to handle huge datasets efficiently: HyperLogLog sketches, Hollow in-memory feeds, and Druid optimizations cut query latency by ~50% and reduced concurrency load.
Netflix evolved its Muse architecture to handle huge datasets efficiently: HyperLogLog sketches, Hollow in-memory feeds, and Druid optimizations cut query latency by ~50% and reduced concurrency load.
“Real-time” has limits—disk, network, and replication delays add up. StreamNative explains latency tiers, common costs, and tuning levers like batching & async processing.
💡 Must-read for data streaming engineers!
“Real-time” has limits—disk, network, and replication delays add up. StreamNative explains latency tiers, common costs, and tuning levers like batching & async processing.
💡 Must-read for data streaming engineers!
Chris Riccomini argues it mostly reinvents OpenAPI, gRPC & CLIs.
Resources = docs
Tools = RPC
Prompts = configs
So… could MCP have just been a JSON file?
💡 More insights: www.dataengineeringw...
Chris Riccomini argues it mostly reinvents OpenAPI, gRPC & CLIs.
Resources = docs
Tools = RPC
Prompts = configs
So… could MCP have just been a JSON file?
💡 More insights: www.dataengineeringw...
Subscribe → www.dataengineeringw...
Full story → medium.com/fresha-da...
Subscribe → www.dataengineeringw...
Full story → medium.com/fresha-da...
Snapshots → incremental → stream-native → catalog-first.
Metadata is the bottleneck.
More insights → www.dataengineeringw...
Full story → medium.com/fresha-da...
Snapshots → incremental → stream-native → catalog-first.
Metadata is the bottleneck.
More insights → www.dataengineeringw...
Full story → medium.com/fresha-da...
dbt Core → Transform like a champ
Airflow → Orchestrate effortlessly
CI/CD → Deploy instantly
Dev Containers → Standardized dev
📖 Full story →medium.com/blablacar...
💡 More insights → Subscribe to DEW
#DataEngineering #dbt #Airflow #CICD #DevContainers
dbt Core → Transform like a champ
Airflow → Orchestrate effortlessly
CI/CD → Deploy instantly
Dev Containers → Standardized dev
📖 Full story →medium.com/blablacar...
💡 More insights → Subscribe to DEW
#DataEngineering #dbt #Airflow #CICD #DevContainers
AI-ready data is:
Unified
Real-time
Human-verified
Governed
Without it, AI can confidently fail. With it? Reliable, scalable results.
📖 Read More
💡 More insights → Data Engineering Weekly
#AI #AIReady #DataEngineering
AI-ready data is:
Unified
Real-time
Human-verified
Governed
Without it, AI can confidently fail. With it? Reliable, scalable results.
📖 Read More
💡 More insights → Data Engineering Weekly
#AI #AIReady #DataEngineering